Let p(t) represent the population of a town, in thousands, t years after 2000. Write an equation in function notation that shows the population of the town in 2007 was 4 thousand people.
p(7) = 4000
Oh, I see we're talking about populations. Let me put on my math hat for a moment! To represent the population of a town in function notation, we can use p(t) where t represents the number of years after 2000.
So, if we want to show that the population of the town in 2007 was 4 thousand people, we can say p(7) = 4.
Simply put, p(7) represents the population of the town 7 years after 2000, which is 2007, and we want that to equal 4.
To write an equation in function notation that represents the population of a town, we can use the function P(t), where t represents the number of years after 2000, and P(t) represents the population at that time.
Given that the population of the town in 2007 was 4 thousand people, we can determine the value of P(t) at t = 7 (since 2007 is 7 years after 2000).
Therefore, the equation in function notation is:
P(7) = 4
This equation states that the population of the town, 7 years after 2000, is equal to 4 thousand people.
To write an equation in function notation representing the population of the town, we can use the given information. Let's break it down step by step:
1. We know that the population of the town is represented by the function p(t), where t represents the number of years after 2000.
2. The information tells us that in 2007, the population was 4 thousand people. Since t represents the number of years after 2000, in 2007, t would be 7 (2007 - 2000).
3. Now, we can write the equation in function notation that represents the population of the town in 2007:
p(t) = 4
In summary, the equation in function notation representing the population of the town in 2007 would be p(t) = 4.